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Automotive Product Cybersecurity

Gain real-world skills to safeguard next-gen vehicles through practical, industry-relevant training

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Automotive Product Cybersecurity

Cybersecurity for Automotive Products is a hands-on course for engineers and technical specialists who want to work with cybersecurity in modern vehicles.

 

You will gain practical experience with automotive systems, vehicle networks, and diagnostics, and learn how cybersecurity is applied in real automotive development projects using ISO/SAE 21434, UNECE WP.29 R155, and Threat Analysis & Risk Assessment (TARA).

 

The course is designed for upskilling, reskilling, or professional transition into automotive cybersecurity.

Suitable roles before application

Automotive Engineer

Embedded Software 

Systems Engineer
Cybersecurity Engineer

Career roles after completion

Automotive Cybersecurity Engineer

Systems Security Engineer (Automotive / Embedded)

TARA Specialist (Threat Analysis & Risk Assessment)
Cybersecurity Compliance / Governance Engineer

ABOUT THE COURSE

Automotive Product Cybersecurity Curriculum

Module 1 — Introduction to Automotive Cybersecurity Fundamentals

This module introduces the automotive cybersecurity landscape and explains why cybersecurity is critical for modern, connected, and software-defined vehicles. It sets the foundation for the rest of the course. After this module, you will be able to: •Understand key automotive cybersecurity concepts and terminology •Explain common threat scenarios affecting modern vehicles •Describe how cybersecurity fits into automotive product development

Module 2 — Vehicle E/E Architecture, ECUs, and Diagnostics

This module provides a practical understanding of vehicle Electrical/Electronics (E/E) systems, ECU platforms, software architecture, and diagnostics used in real vehicles. After this module, you will be able to: •Understand how ECUs, software, and vehicle networks interact •Explain the role of diagnostics and Unified Diagnostic Services (UDS) •Identify cybersecurity-relevant interfaces and system boundaries

Module 3 — Practical Vehicle Network Security and CAN Bus Analysis

In this hands-on lab module, you work directly with vehicle network communication to understand how attacks and weaknesses can occur in practice. After this module, you will be able to: •Understand how CAN bus communication works in real vehicles •Identify common security weaknesses in vehicle networks •Explain how practical security testing supports risk analysis and mitigation

Module 4 — Standards, Regulations & Governance (ISO/SAE 21434 & UNECE WP.29)

This module focuses on how cybersecurity is governed and structured in the automotive industry through standards and regulation. After this module, you will be able to: •Understand the structure and intent of ISO/SAE 21434 •Explain cybersecurity requirements in UNECE WP.29 R155 •Understand how standards and regulation impact development projects

Module 5 — Threat Analysis and Risk Assessment (TARA) in Practice

This core module focuses on applying structured methods to identify, assess, and manage cybersecurity risks in automotive systems. After this module, you will be able to: •Perform a Threat Analysis & Risk Assessment (TARA) for vehicle systems •Identify assets, threats, attack paths, and risks •Propose and justify risk treatment and mitigation measures

Module 6 — Final Project: Realistic Automotive Cybersecurity Case

In the final module, you apply everything you have learned in a comprehensive, industry-style project based on a realistic automotive system or function. After this module, you will be able to: •Apply automotive cybersecurity methods in a realistic project setting •Produce professional TARA documentation and analysis •Present cybersecurity findings clearly to technical and non-technical stakeholders

THIS INDUSTRY

A Transforming Automotive Industry Entering the Connected & Autonomous Era

The automotive industry is currently undergoing one of the greatest transformations of modern times.


The sector is transitioning toward connected, self-driving electric vehicles. These electric and autonomous vehicles will bring significant benefits to people, businesses, and society as a whole.
The technology is expected to reduce both emissions and traffic accidents while increasing productivity and efficiency.

 

However, the promising opportunities of connected and self-driving vehicles also come with new risks and challenges.

 

Modern cars have become an attractive target for cyberattacks, and the number of attacks on connected vehicles has increased exponentially over the past decade.

Upcoming Cohort

New openings available — secure your spot.

Start Date: TBA

Duration: 12 Weeks (Half paced)

Location: Online (Instructor-led)

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FIND OUT MORE

Automotive Course Teacher Profilepicture

Get to Know Your Teacher

Yinka Oladele

Yinka is a senior consultant and automotive cybersecurity expert with over a decade of experience in the automotive and IT sectors. He has worked with leading automotive companies, contributing to product Specializing in ISO21434 cybersecurity engineering,

UNECE WP29 regulations, threat analysis and risk assessment (TARA), intrusion detection systems (IDS), and connected car cloud services, Yinka enjoys giving lectures, hosting webinars, and teaching students both online and in person. He is also a dedicated mentor to interns, guiding the next generation of automotive cybersecurity professionals.

10+ Years

ISO21434

Mentor

WP29 Expert

Register Automotive Cybersecurity

New openings available — secure your spot.

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